iManGHD

Bioinformatics_Algorithms

COBRA.jl

High-level, high-performance, constraint-based reconstruction and analysis in Julia

ComputerPerformanceEvaluation

Performance and Dependability Lab @ SUT

iManGHD

iManGHD.github.io

My portfolio website.

MobileShop

Microservice-based Mobile and Accessories E-commerce Store with Spring and Oracle.

ParallelProcessing

CE Algorithms Lab @ SUT

sparseQFCA.jl

Developed a registered Julia package which quantifies the redundancies in genome-scale metabolic networks and provides local sparse certificates which are both efficiently verifiable and interpretable

sparseQFCA.jl

Developed a registered Julia package which quantifies the redundancies in genome-scale metabolic networks and provides local sparse certificates which are both efficiently verifiable and interpretable

COBRA.jl

High-level, high-performance, constraint-based reconstruction and analysis in Julia

iManGHD/COBRA.jl

High-level, high-performance, constraint-based reconstruction and analysis in Julia

iManGHD/iManGHD

iManGHD/iManGHD.github.io

My portfolio website.

iManGHD/sparseQFCA.jl

Developed a registered Julia package which quantifies the redundancies in genome-scale metabolic networks and provides local sparse certificates which are both efficiently verifiable and interpretable

iManGHD/Bioinformatics_Algorithms

iManGHD/ComputerPerformanceEvaluation

Performance and Dependability Lab @ SUT

iManGHD/MobileShop

Microservice-based Mobile and Accessories E-commerce Store with Spring and Oracle.

iManGHD/ParallelProcessing

CE Algorithms Lab @ SUT

iManGHD/straindesign

StrainDesign is a python package for the computational design of metabolic networks and based on COBRApy